L3Harris offers cutting-edge Power Plant Simulation solutions that provide comprehensive training services and advanced simulation technologies for personnel development and engineering support. With over fifty years of experience, L3Harris has established itself as a leader in high-realism power plant simulators, utilizing the state-of-the-art Orchid® simulation environment to enhance understanding and retention of power plant operations. Their offerings include full-scope operator training simulators, part-task trainers, and immersive 3D visualization tools, designed to improve operational efficiency, safety, and emergency response capabilities. The integration of interactive learning technologies ensures that both new recruits and experienced operators gain the necessary skills to optimize plant performance while minimizing downtime and operational risks.
L3Harris Replay Studio™ After-Action Review Software is an essential tool for enhancing training effectiveness through structured performance reviews. This software captures every aspect of a trainee's actions during simulation sessions, enabling instructors to provide comprehensive feedback. The Replay Studio™ camera records the nuances of a driver’s physical performance, allowing for simultaneous video playback and scenario analysis after each session. Instructors can annotate the replay, highlighting areas for improvement and suggesting alternative strategies, thus facilitating a deeper understanding of both physical and mental responses to various training scenarios. This innovative approach ensures that valuable lessons are learned, ultimately leading to enhanced training outcomes and performance optimization.
L3Harris Scenario Builder™ Development Software offers an intuitive platform for creating and customizing driving simulator scenarios, enhancing driver training programs. With an extensive library of over 300 objects, including vehicles, pedestrians, and environmental elements, users can tailor scenarios to reflect real-world conditions across various settings such as suburban, urban, and rural landscapes. The software allows for quick scenario creation without the need for programming skills, enabling instructors to build complex training environments in under 30 minutes. Dynamic features such as diverse vehicle types and weather conditions add realism and challenge to the training experience, making it a versatile tool for both new driver screening and ongoing operator training.
L3Harris Secure Tactical and Enterprise LVC Training Solutions provide a comprehensive framework for governments to enhance military training through a secure Live, Virtual, and Constructive (LVC) architecture. This innovative solution addresses the challenges posed by disparate legacy systems and diverse training environments, enabling a seamless integration of live sensors, simulators, and constructive assets across varying security classifications. By fostering a unified training ecosystem, L3Harris empowers warfighters to engage in realistic "Train as you Fight" scenarios, significantly improving operational readiness and effectiveness. With these solutions, military organizations can optimize their training processes while ensuring data security and interoperability among various platforms.
L3Harris Severe Accident Simulation provides advanced training solutions designed to prepare nuclear power plant operators for managing severe accidents and beyond design basis events. In response to increased regulatory scrutiny following the 2011 Fukushima disaster, this simulation technology equips operators with the necessary skills and knowledge to effectively handle critical situations, including loss of fuel cooling. Utilizing a sophisticated thermal-hydraulic model, the simulation accurately replicates the complex dynamics of steam formation, core heat-up, and fuel behavior during emergencies. This immersive training experience ensures that operators can perform recovery operations safely and efficiently, ultimately enhancing the safety and resilience of nuclear facilities in the face of potential crises.
L3Harris SimU (Simulator University) is a cutting-edge eLearning system designed to transform the training of simulator technicians by providing a flexible and accessible digital learning environment. With SimU, technicians can explore a vast array of immersive content and interactive modules tailored to various learning styles, enhancing their understanding and retention of critical knowledge. This innovative platform not only reduces unnecessary simulator downtime but also allows for training at convenient times, making it an efficient solution for workforce development. By integrating practical training with its comprehensive eLearning resources, SimU ensures that technicians are well-equipped with both theoretical knowledge and hands-on experience, ultimately improving operational readiness and performance.
L3Harris Simulator DCS Solutions offer advanced stimulation and emulation capabilities that utilize the same control software as the Distributed Control Systems (DCS) used in real plants, ensuring maximum fidelity and seamless integration for training purposes. This system allows for real-time updates, making it an effective validation tool while accommodating necessary modifications to ensure compatibility with various simulator environments. By adapting DCS application software to support essential functions such as freeze, run, backtrack, and store/restore, L3Harris enhances the training experience for operators. Although the stimulation solution provides the highest fidelity, it requires significant investment in hardware and software licenses, making it a strategic choice for organizations seeking comprehensive training solutions in complex operational environments.
L3Harris Simulator Service Plans provide comprehensive support and maintenance solutions designed to enhance the performance and longevity of simulation systems. These service plans are tailored to meet the specific needs of clients, ensuring that their training environments remain operational and effective. By offering a range of options, including routine maintenance, software updates, and technical support, L3Harris helps organizations maximize their investment in simulation technology. The plans are designed to minimize downtime and ensure that operators have access to the latest advancements in simulation capabilities, ultimately improving training outcomes and operational readiness across various sectors.
L3Harris SkillSet™ Performance Assessment is an advanced evaluation tool designed to enhance the training and assessment of commercial vehicle operators. This innovative software simulates a variety of real-world driving scenarios, including suburban and highway environments, intersection protocols, and challenging situations involving pedestrians and other vehicles. The SkillSet™ software meticulously tests driver performance across multiple metrics, such as startup and shutdown procedures, space management, turning, backing, and speed management. It provides detailed reports on critical driver events, helping instructors identify areas for improvement. Additionally, the integrated Learning Management System (LMS) allows instructors to schedule classes, manage student data, and analyze performance outcomes effectively, ensuring that operators are well-prepared for the complexities of the road.
The Examiner Refresher Course (ERC) is a comprehensive one-day training designed for examiners in the commercial air transport sector to revalidate their examiner certificates in accordance with EASA Part-FCL.1025. Held at the London Training Center, the course provides an in-depth review of European legislation, including key regulations and amendments that impact examiners. Participants will explore the structure of Part FCL, particularly subparts H, J, and K, and gain practical insights into administration procedures, new paperwork requirements, and changes related to data retention and protection. This course is essential for examiners seeking to ensure compliance with current regulations and enhance their professional competencies.
The Examiner Refresher Course (ERC) for Individuals is a comprehensive one-day program designed to assist examiners from commercial air transport environments in revalidating their examiner certificates in accordance with EASA Part-FCL.1025. Conducted at the London Training Center, this course covers essential topics such as UK Civil Aviation legislation, recent regulatory changes, and the implications of the UK Data Protection Act. Participants will engage with practical examples related to aircrew legislation and administrative procedures, ensuring a thorough understanding of the revalidation and renewal processes. Attendance is mandatory for full course completion, and candidates must provide evidence of attendance as part of their certification renewal requirements.
The Extra Lightweight Data Recorder (xLDR) is a cutting-edge flight data recording solution designed for fixed- and rotor-wing aircraft, meeting the stringent ED-155 survivability requirements and certified to TSO-C197. With a proven platform utilized in over 15 aircraft models by more than 10 manufacturers, the xLDR offers reduced weight and cost-effective connectivity without compromising on performance. It is engineered to comply with upcoming aviation safety mandates globally, providing essential data capture capabilities for audio, flight data, video, and GPS parameters. The xLDR's flexible installation options allow operators to tailor its functionalities to meet specific regulatory needs while ensuring robust crash protection. Backed by L3Harris's extensive experience in recorder design and manufacturing, the xLDR is poised to support the evolving demands of aviation safety and compliance.
The F3000 Flight Data Acquisition Unit (FDAU) is a cutting-edge solution designed for flexible and high-quality flight data recording, offering up to two hours of recording across four channels or a minimum of 25 hours at variable words-per-second rates (64/128/256/512 wps). Compliant with ARINC 573.717/747 and 557/757 standards, this lightweight unit weighs only 10 pounds while maintaining exceptional crash survivability. For installations requiring additional weight savings, the Crash-Survivable Memory Unit (CSMU) can be constructed from lightweight titanium. The F3000 is versatile, available as either a stand-alone Cockpit Voice Recorder (CVR) or a dedicated Flight Data Recorder (FDR), and can be customized for military applications with Night Vision Goggle (NVG) compatibility.
The FA2100 Series Cockpit Voice and Flight Data Recorders by L3Harris are advanced recording solutions designed for civil, commercial, and military aircraft, providing exceptional performance and reliability. With a compact and lightweight design, the FA2100 offers up to two hours of high-quality recording across four channels and can also record a minimum of 25 hours of flight data at various word rates. Its rugged Crash-Survivable Memory Unit (CSMU), available in stainless steel or lightweight titanium, ensures durability in extreme conditions. The FA2100 is compliant with ARINC standards and features low power consumption, making it an efficient choice for operators. This series includes both Cockpit Voice Recorders (CVR) and Flight Data Recorders (FDR), each boasting a proven track record of reliability with over 50,000 hours of successful operation, thus ensuring a low cost of ownership throughout its lifecycle.
The FA2200 & FA2300 Modular Airborne Data Recording / Acquisition System (MADRAS) by L3Harris is a highly adaptable solution designed to meet the diverse data acquisition needs of various aircraft types, including helicopters and military missions. This reliable system features a compact design that allows for a minimum of 25 hours of flight data recording at speeds of 256/512 words per second, with the FA2300 model capable of capturing four channels of high-quality audio for up to two hours. The MADRAS system is built to withstand extreme environmental conditions, boasting an impressive mean time between failures (MTBF) of over 20,000 hours, and includes customizable components such as control units and accelerometers. With its common ground support equipment compatible with the FA2100 Cockpit Voice Recorder and Flight Data Recorder, the MADRAS family facilitates efficient data analysis for safety investigations and compliance with flight operations standards.
